See how geopolymer gel impregnation of non-woven fibrous material enables rapid fire-resistant
See how a UV-curable adhesive tape with epoxy resin and photoinitiator cures at 110°C or below
See how thermally-drawn polymer fibers with embedded copper electrodes enable distributed tempe
See how a polymer-coated power cord with an air path equalizes pressure during transit while pr
See how selective polymer infiltration into the core of carbon nanofiber yarns maintains surfac
See how a dual-layer acrylic and silicone coating prevents textile sleeve end fray from cold cu
See how pre-impregnating non-woven fibrous material with geopolymer composition enables continu
See how OXO-ester plasticizers with cyclic hydrocarbon structures replace phthalates, achieving
See how a dual-layer acrylic and silicone coating prevents textile sleeve fraying during cold c
Amino surface treatment lets cellulose materials capture and retain CO2 on fibrous surfaces for greener construction and insulation products.
Cyclohexyl benzene OXO-esters replace phthalates while preserving PVC compatibility, thermal stability, and low-temperature performance.
Sequential amino and carbon dioxide treatment lets cellulosic fibers adsorb and store CO2 on their surface for lower-impact materials.
A dual-layer coating adds a static dissipative surface over a dielectric base to drain triboelectric charge and improve iron glide on fabric.
Specific organic pigments help aramid fibers resist sulfonation, humidity, and washing while maintaining stable coloristic properties.
A heat-formed textile sleeve with a cured outer coating replaces bulky multilayer protection while improving routing, abrasion, heat, and fluid resistance.
Heat-formed yarns and a cured outer coating create a light, flexible wire sleeve that blocks abrasion, heat, and fluids in tight spaces.
A lower-melting binder coated on base fibers forms a strong dry insulation matrix without varnish, cutting process cost and supporting higher temperatures.